def info(self):
while True:
functions.clear_screen()
functions.pyramid_logo()
functions.greeting()
selection_menu = functions.list_items(self.description,self.menu)
answer = functions.prompt()
if answer in selection_menu:
selection_menu.get(answer).info()
#check answer against the exit tuple and runs a shutdown sequence if true.
if answer in functions.exit_tuple:
functions.countdown("\nSHUTTING DOWN APPLICATION.\n","",4)
sys.exit("\nUSER TERMINATED APPLICATION.\n")
#checks answer for reboot sequence.
if answer == "reboot":
functions.countdown("USER INITIALIZED REBOOT","REBOOTING",4)
functions.greeting(.09)
if answer == "return":
break
else:
print("response invalid.")
continue
def main():
countdown(4)
PAUSED = False
training_data = []
while True:
if not PAUSED:
start_time = time.time()
screen = get_screen()
#show_screen(screen)
keys = key_check()
output = keys_to_output(keys)
training_data.append([screen, output])
length = len(training_data)
if length == 1000:
save(length, training_data)
training_data = []
print(
"Not Paused Loop took: {}{:.3f}{} seconds || training_data length: {}"
.format('{',
time.time() - start_time, '}', length))
keys = key_check()
if P in keys:
if not PAUSED:
PAUSED = True
print("Paused training")
time.sleep(3)
else:
PAUSED = False
print("Unpausing training")
def verify_user(message):
chat_id = message.chat.id
user_id = message.from_user.id
print(message.from_user.username + " entered " + message.chat.title)
captcha = types.InlineKeyboardButton("I'm not a robot", callback_data="ok")
markup = types.InlineKeyboardMarkup()
markup.add(captcha)
captcha_message = bot.send_message(chat_id,
"@" + message.from_user.username +
" verify you're not a robot",
reply_markup=markup)
message_id = captcha_message.message_id
functions.stop_countdown = False
if (functions.countdown(wait_time) == True):
bot.delete_message(chat_id, message_id)
if (bot.get_chat_member(chat_id, user_id).status != "creator"
and bot.get_chat_member(chat_id,
user_id).status != "administrator"):
print(message.from_user.username + " who entered in " +
message.chat.title +
" didn't answered the captcha and was kicked.")
bot.kick_chat_member(chat_id, user_id)
else:
print(message.from_user.username + " who entered in " +
message.chat.title +
" didn't answered the captcha but it's an admin.")
def info(self):
while True:
"""method to print info about the region."""
functions.clear_screen()
functions.pyramid_logo()
#prints information from object.
print(
"=" * 80
+"\nGalactic power: \n"
+ self.title
+ "\n" + "=" * 80
+"\n\n SYNOPSIS: \n\n"
+ self.synopsis
+ "\n\n HISTORY: \n\n"
+ self.history
+"\n\n"
)
if self.sectors:
selection_menu = functions.list_items(str(self.name + " sectors"),self.sectors.items())
answer = input("Select Index number for more information: ")
if answer in selection_menu:
selection_menu.get(answer).info()
elif answer in functions.exit_tuple:
functions.countdown("\nSHUTTING DOWN APPLICATION.\n","",4)
sys.exit("\nUSER TERMINATED APPLICATION.\n")
#checks answer for reboot sequence.
elif answer == "reboot":
functions.countdown("USER INITIALIZED REBOOT","REBOOTING",4)
functions.greeting(.09)
else:
return answer
else:
print("=" * 80 + "\n" + "This OBJECT contain \"NULL VALUE\"" + "\n" + "=" * 80 + "\n")
answer = input("enter RETURN to go back: ")
if answer in functions.exit_tuple:
functions.countdown("\nSHUTTING DOWN APPLICATION.\n","",4)
sys.exit("\nUSER TERMINATED APPLICATION.\n")
#checks answer for reboot sequence.
elif answer == "reboot":
functions.countdown("USER INITIALIZED REBOOT","REBOOTING",4)
functions.greeting(.09)
else:
return answer
from functions import computer, check_input, user, countdown, winner # Get user action user_action = check_input(user()) # Initiate countdown countdown() # Get winner/draw winner(user_action, computer())
import functions as f
k=0
totalup=0.
totaldown=0.
#ranging through odd integers
for i in range(1,500000000):
k+=1
m=2*i-1
sizen = f.count(m)
j=3*m+1
sizeup = f.count(j)
sizedown = f.countdown(j)
totalup+=(sizeup-sizen)
totaldown+=sizedown
print(m)
print("Total up: ") #average binary digits up
print(totalup/k)
print("\nTotal down: ") #average binary digits down
print(totaldown/k)
print("\nTotal net: ") #average net change
print((totalup-totaldown)/k)
def info(self,line_cap = 82):
"""method to print statistics on planet."""
name = str(" Name: " + self.name)
region = str(" Region: " + self.region + " ")
s_hex = str(" System Hex: " + self.s_hex + " ")
atmo = str(" Atmosphere: " + self.atmo + " ")
temp = str(" Temperature: " + self.temp + " ")
biosphere = str(" Biosphere: " + self.biosphere + " ")
population = str(" Population: " + self.population + " ")
tech_level = str(" Tech Level: " + self.tech_level + " ")
title_bar = ("=" * line_cap)
while True:
functions.clear_screen()
functions.pyramid_logo()
#creates title bar
print(title_bar)
print(name + " " * (line_cap - (len(name) + len(region))) + region)
print(title_bar + "\n")
#format information for atmo and system Hex.
print(
" "
+ "*" * (len(atmo) + 2)
+ " " * (line_cap - (len(atmo) + len(s_hex) + 3))
+ "*" * (len(s_hex) + 2)
)
print(
" *"
+ atmo
+ "*"
+ " " * (line_cap - (len(atmo) + 3
+ len(s_hex)))
+ "*"
+ s_hex
+ "*"
)
print(
" "
+ "*" * (len(atmo) + 2)
+ " " * (line_cap - (len(atmo) + len(s_hex) + 3))
+ "*" * (len(s_hex) + 2)
)
print("\n")
#formats Temperature and Biosphere information.
print(" " + "*" * (len(temp) + 2)
+ " " * (line_cap - (len(temp) + len(biosphere) + 3))
+ "*" * (len(biosphere) + 2)
)
print(
" *"
+ temp
+ "*"
+ " " * (line_cap - (len(temp) + 3 + len(biosphere)))
+ "*"
+ biosphere
+ "*"
)
print(
" "
+ "*" * (len(temp) + 2)
+ " " * (line_cap - (len(temp) + len(biosphere) + 3))
+ "*" * (len(biosphere) + 2)
)
print("\n")
#format populaiton and Tech_level
print(
" "
+ "*" * (len(population) + 2)
+ " " * (line_cap - (len(population) + len(tech_level) + 3))
+ "*" * (len(tech_level) + 2)
)
print(
" *"
+ population
+ "*"
+ " " * (line_cap - (len(population) + 3 + len(tech_level)))
+ "*"
+ tech_level
+ "*"
)
print(
" "
+ "*" * (len(population) + 2)
+ " " * (line_cap - (len(population) + len(tech_level) + 3))
+ "*" * (len(tech_level) + 2)
)
print("\n")
print(
"=" * line_cap
+ "\n"
+ "Enter Overview for more detailed information if available.\nEnter More for a list of available resources."
+ "\n"
+ "=" * line_cap
)
answer = functions.prompt("\n: ")
#check answer against the exit tuple and runs a shutdown sequence if true.
if answer in functions.exit_tuple:
functions.countdown("\nSHUTTING DOWN APPLICATION.\n","",4)
sys.exit("\nUSER TERMINATED APPLICATION.\n")
#checks answer for reboot sequence.
if answer == "reboot":
functions.countdown("USER INITIALIZED REBOOT","REBOOTING",4)
functions.greeting(.09)
if answer == "overview":
self.print_overview()
if answer == "more":
self.print_more()
if answer == "return":
break
else:
print("response invalid.")
continue
#end of system class
All of the code lives in funcitions.py and is called from app.py.
This was done as a way to practice importing libraries and passing in variable values.
"""
# Clears the console
functions.clear()
# Gets tags for reading
tags = functions.tags()
# Gathers first blood pressure reading
bp1 = functions.reading("first")
# Delays 30 seconds
functions.countdown()
# Gathers second blood pressure reading
bp2 = functions.reading("second")
# Delays 30 seconds
functions.countdown()
# Gathers third blood pressure reading
bp3 = functions.reading("third")
# Averages the 3 blood pressure reading
avg_bp = functions.avgbp(bp1, bp2, bp3)
# returns diagnoses from the calculated average blood pressure
diagnosis = functions.diagnosis_output(avg_bp)